Nosler has just introduced a new cartridge, the 28 Nosler. This new 7mm hunting round delivers magnum-class velocities in a cartridge that fits a standard action. The 28 Nosler is capable of launching a 160gr Accubond at 3300 fps. The 28 Nosler uses the same parent case as the 26 Nosler, introduced in 2014. Designed for a maximum COAL of 3.340″, the 28 Nosler will operate in a standard action that is lighter (and more compact) than a magnum action.
The 28 Nosler offers serious knock-down power for the long-range hunter. The factory 185gr Accubond load retains over 2000 ft/lbs. of energy at 600 yards, and remains supersonic well past 1000 yards. Nosler factory ammo will be offered with 160gr and 185gr bullet-weight options.
Previewing the 28 Nosler:
For hand-loaders, Nosler will also offer 28 Nosler cartridge brass. It will be interesting to see whether some F-Class competition shooters experiment with the 28 Nosler (and heavy match bullets) as an alternative to the .284 Winchester or short magnums (WSM or RSAUM).
28 Nosler Ballistics
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Bullets.com has contracted with Norma to produce 1,000,000 pieces of .284 Winchester and 6mm Dasher brass (500,000 of each type). This is big news for competitive shooters. The .284 Win cartridge is a proven winner in F-Class competition and the 6 Dasher is a record-setting mid-range benchrest cartridge. It’s tough to beat the Dasher at 300-600 yards, and the .284 Win is probably the most successful cartridge for F-Open shooters.
Bullets.com President Shiraz Balolia (left) and Norma Managing Director Paul-Erik Toivo “ink the deal”.
Shooters should be excited about these new offerings. Bullets.com’s contract with Norma calls for advanced production methods to make sure the new brass is truly “match-grade” and long-lasting. To ensure that primer pockets stay tight for many firings, the caseheads on the new brass will be double-stamped for improved hardness and strength. Additionally the new brass will go through an additional draw stage to ensure ultra-uniform casewall thickness. With these extra manufacturing steps, this new 6mm Dasher and .284 Win brass should be the best brass Norma has ever produced, as Bullets.com President Shiraz Balolia explains in the video below:
Shiraz Balolia Explains the Qualities of the New Brass
Shiraz reports: “Normally, Norma has about 25 steps of quality control (QC) during the production process of brass. They told us that our first shipments will have almost 30 steps to make sure that the brass is absolutely flawless when it leaves the factory.”
For illustration only — actual specifications may be slightly different.
6mm Dasher without Fire-Forming Hassles
Until now, if you wanted to shoot a Dasher, you had to go through the time-consuming and laborious process of forming brass from the parent 6mmBR Norma case. You had to blow the shoulder forward, either through fire-forming or hydro-forming. Now that’s all changed — you will soon be able to take perfect 6mm Dasher brass out of the box, and “load and shoot”.
The Deal is done. New Norma .284 Win brass will start arriving in the USA in March, 2015, while the new Dasher brass is expected in late summer 2015.
IMPORTANT — The above diagrams were made 4 years ago with QuickDESIGN. They are for illustration purposes ONLY. These are NOT reamer prints, and there may be small differences compared to the Norma .284 Win and 6mm Dasher brass ordered by Bullets.com. Do NOT spec reamers based on the above illustrations. Wait ’til we have the actual Norma brass to measure.
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The USAMU recently published a “how-to” article about bullet sorting. While many of us may sort bullets by base-to-ogive length (and/or weight), the USAMU story explores the “how and why” of sorting bullets by Overall Length (OAL). Read the article highlights below, and make your own decision as to whether OAL sorting is worth the time and effort. Bryan Litz of Applied Ballistics says that sorting by OAL is not a bad idea, but base-to-ogive bullet sorting probably represents a better investment of your time.
Bullet Sorting by Overall Length
We’d like to share a specialized handloading technique which we’ve long found beneficial to our long-range (600 yards and beyond) accuracy. Sorting of bullets for extreme long range (LR) accuracy is not difficult to do, but some background in theory is needed.
Here at USAMU’s Handloading Shop, we only sort individual bullets for the most demanding Long-Range applications and important competitions. Only the most accurate rifles and shooters can fully exploit the benefits of this technique. The basic sorting process involves measuring the Overall Length (OAL) of the bullets, and grouping them in 0.001″ increments. It’s not unusual to find lots of match bullets that vary as much as 0.015″-0.020″ in length throughout the lot, although lots with much less variation are seen as well. Even in bullet lots with 0.015″ OAL variation, the bullet base-to-ogive length will show much less variation. Hence, our basic sort is by bullet OAL. One obvious benefit of sorting is easily seen in the attached photo. The few bullets that are VERY different from the average are culled out, reducing probable fliers.
How does one know what OAL increments to use when sorting? The answer is simple. As each lot of bullets is unique in its OAL distribution, it’s best to sample your bullet lot and see how they are distributed. In the attached photo, you will see a set of loading trays with a strip of masking tape running along the bottom. Each vertical row of holes is numbered in 0.001″ increments corresponding to the bullets’ OAL. A digital caliper makes this task much easier. As each bullet is measured, it is placed in the line of holes for its’ OAL, and gradually, a roughly bell-shaped curve begins to form.
Note that near the center, bullets are much more plentiful than near the edges. At the extreme edges, there are a few that differ markedly from the average, and these make great chronograph or sighting-in fodder. We recommend using a sample of 200 bullets from your lot, and 300 is even better. Some bullet lots are very consistent, with a tall, narrow band of highly-uniform bullets clustered together over just a few thousandths spread. Other lots will show a long, relatively flat curve (less uniform), and you may also see curves with 2 or more “spikes” separated by several 0.001″ OAL increments.
Bullet Sorting (OAL vs. Base-to-Ogive vs. Weight) — Litz Talks
I’m often asked what is a the best measure to sort bullets by, and the answer (to this and many other questions in ballistics) is: it depends.
Choosing to sort by overall length (OAL), base to ogive (BTO), bearing surface, weight, etc. can get overwhelming. Shooters typically look for something they can measure, which shows a variation and sort by that. It’s common for dimensional variations to correlate. For example, bullets which are longer in OAL are typically also shorter in BTO, and have longer noses. All these are symptoms of a bullet that was pushed a little further into the pointing die, or possibly had more than average lube while being swaged. So in essence, if you sort by BTO, you’re measuring one symptom which can indicate a pattern in the bullets shape.
So, the question still stands — what should you measure? You’ll always see more variation in OAL than BTO, so it’s easier to sort by OAL. But sometimes the bullet tips can be jagged and have small burrs which can be misleading. Measuring BTO will result in a lower spread, but is a more direct measure of bullet uniformity.
Then there’s the question of; how much variation is too much, or, how many bins should you sort into? Shooters who see 0.025” variation in BTO may choose to sort into 5 bins of 0.005”. But if you have only 0.005” variation in the box, you’ll still sort into 5 bins of 0.001”. What’s correct? You have to shoot to know. Live fire testing will answer more questions, and answer them more decisively than any amount of discussion on the subject. The test I recommend is to identify bullets on the extreme short end of the spectrum, and some on the extreme long end. Load at least 10 rounds of each, and take turns shooting 5-shot groups with them. If there is a difference, it will be evident. The results of the testing will answer your question of: should I sort based on X, Y, or Z?”
You can read more discussion on this and other similar subjects in the new Ballistics & Bullets board in the Accurateshooter.com forum. Heres a link to the thread which is discussing bullet sorting: Bullet Sorting Thread
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ELEY .22 LR ammunition has certainly been the choice of champions in high-level international smallbore competition. But ELEY is not resting on its laurels. ELEY’s engineers have worked hard to develop two new types of rimfire ammo — one fast (“force” high-velocity), one slow (“contact” subsonic). ELEY force and ELEY contact, the latest additions to ELEY’s product line, will be officially launched at SHOT Show in Las Vegas next week.
Black Casings — Not Just for Looks
Designed for power, ELEY force is a new, high-velocity .22LR round that delivers both superior energy AND accuracy. ELEY force features a new propellant with a distributed pressure curve. This provides more energy during the in-barrel “burn time”, accelerating the bullet to a high velocity. Force is optimized for semi-auto rimfire rifles.
The cartridge brass for ELEY force is matte black, the result of a patented oxidisation process, first used with Eley edge (introduced in 2013). ELEY force is now the second type of ammo with black cases, which are dark for a good reason. According to ELEY’s engineers: “The black oxidized case finish increases friction between the case and projectile. This regulates and controls the force required to release the bullet, stabilizing the projectile and increasing ballistic consistency and accuracy.”
ELEY Contact — The Subsonic Solution
ELEY contact is a subsonic semi-automatic .22LR round designed for extreme accuracy, reduced noise, and minimal recoil. The reduced recoil allows the shooter to recover his sight picture more quickly. This is especially important for rapid-fire shooting with semi-automatic rimfire rifles.
Both ELEY force and ELEY contact are engineered with a heavier 42 grain bullet for high energy and are coated in a specially-formulated paraffin wax to minimize build-up in actions and magazines.
ELEY’s History — A Success Story Spanning Two Centuries
A company with a rich heritage, ELEY has been making ammunition for 187 years. The company was first established in 1828 in London and was later moved to Birmingham, beginning a long and proud tradition. (Learn about ELEY’s history.) Over the years, ELEY has pioneered many technical innovations. ELEY now specializes in .22 LR caliber cartridges, and ELEY’s match ammo has a remarkable track record in competition. At the 2012 Olympics, 14 out of 18 smallbore shooting medals were won by shooters using ELEY ammunition.
ELEY Test Facilities in USA, UK, and Germany
ELEY tells us the “every current ISSF Smallbore World Champion uses ELEY Tenex ammo”. That success can be attributed (at least in part) to ELEY’s technical testing facilities in the UK, Germany, and the USA. At these test centers, competitive shooters can test ammo lots in their particular match rifle to ensure the best match of barrel and ammunition. To learn more about the ammunition testing facilities and ELEY products, visit www.Eley.co.uk.
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Editor’s Note: We originally ran this story in 2010. Since then we have had many reader inquiries about using .22-250 Lapua brass for a 6mm cartridge. Well our friend Robert Whitley worked hard on that concept a few years back, when Lapua .22-250 brass first became available. He came up with a nice 30°-shoulder wildcat that matches the accuracy of the best mid-sized 6mm cartridges. Read all about Whitley’s 6mm-250 Imp 30 below.
Our friend Robert Whitley of 6mmAR.com has come up with a new, accurate 6mm wildcat based on the new Lapua .22-250 brass that has just started arriving. Robert provides this report:
“I just received a box of the new Lapua .22-250 cases — beautiful brass! My real desire with it was to make it into a 6mm version, preferably something that was ‘no neck-turn’ with a .308 Win-type body taper that would work well in bolt gun and semi-auto magazines and would have a capacity to allow superior velocities. I considered the 6XC, but since you have to bring a whole lot of the shoulder of the brass up into the neck (when you re-form the brass from .22-250 to 6XC) that would necessitate neck-turning it because with Lapua brass the shoulder metal is thicker than neck metal of the brass.
I wanted a simple ‘neck it up and shoot it’ approach so I made up a 6mm-250 Improved 30 cartridge (i.e. 6mm-250 Improved with a 30 degree shoulder) and this thing works great — just neck up the brass, load it and shoot it! The case is like a 6XC with a .030″ longer body and a .030″ shorter neck, which works out fine if you are going to be shooting mainly the 105-108 gr bullets (which it will do very well shooting 2950 – 3000 fps). If you want to hot-rod things, which I do not, I am certain the case can push the 105-108 gr bullets a fair amount faster.
I set it up and throated the reamer for the Sierra 107s and the Berger or JLK 105 VLDs (i.e. a .090″ free bore on the reamer) and it works great with them. If I was going to use it with the Lapua 105s or the Berger 108s I would add about .025″ – .030″ to the freebore of the reamer (i.e. make the freebore around .115″ to .120″).
The great thing is you can use a 6XC die set for it without modification, and all you need to do is keep the dies about .030″ up off the shell holder from their normal position and use them as is. You can make a spacer washer about .030″ thick that you can put on and take off the 6XC dies and use the dies for both cartridges (i.e. 6XC and 6mm-250 Imp 30).
6mm-250 Imp 30 Shows Great Accuracy
Fire-forming loads are real accurate. Here is a 10-shot group I shot prone at 100 yards shooting fire-forming loads with it — the group is the size of a dime. For fire-forming I use a milder, but still very accurate load: 32.0 grains of N140 with a Sierra 107 and a BR2 primer. For fire-formed cases you can jump up to N160 (around 38-40 grains — depending on lot) and it will push the 105-108 gr bullets real accurately in the 2950-3000 fps range, with low ES and SD. This cartridge has a neck length of .268″ which is plenty long for a 6mm shooting bullets with varying bearing surface lengths. The reamer diagram (link below) leaves about a .003″ neck clearance over a loaded round, which seems to work out very well for a ‘no-turn neck’ set-up.
So there you have it … the 6mm-250 Imp 30 is simple, easy to make, accurate as all get out, there are available factory die sets you can use, and it uses great new Lapua brass — what’s not to like!”
After we posted Erik Cortina’s video featuring the trimming of 7mm Shehane cartridges with a Giraud Power Trimmer, many of our readers asked: “What’s a 7mm Shehane? How does it differ from a standard .284 Winchester?” To answer that question, we’re reprising a “cartridge profile” we ran a couple seasons back. This talks about the qualities of the 7mm Shehane, and includes a reamer print. The 7mm Shehane is an excellent “upgrade” to the .284 Win. The added capacity may not seem like much, but it allows some Shehane shooters to reach a higher, optimal velocity node.
7mm is the caliber to beat in F-Class Open Division (though many guys are looking hard at the big 30s.) With a standard .284 Winchester, or better yet, a .284 Improved, you can drive the high-BC Berger 180gr bullets to competitive velocities. A .284 Improved will shoot well inside a 6.5-284, and you’ll probably get significantly longer barrel life (at least 1800 rounds vs. as little as 1200 for the 6.5mm).
The straight .284 Win is a good cartridge, but in most barrels, it can’t push the 180s at 2900-2950 fps velocity levels*. A lot of barrels will top out at about 2850. That’s where the .284 Shehane comes into play. The .284 Shehane is a slightly modified wildcat that retains the same 35° shoulder as the parent case. However, by blowing the sidewalls out 0.010″, the .284 Shehane picks up about 3.3 grains of extra case capacity. That enhancement makes a BIG difference. The extra boiler room is enough to drive the 180s at 2900-2950 fps with H4831sc. With N560 or Reloder 17 you can go even faster.
Scotland’s Grant Taylor used the .284 Shehane to finish 3rd overall in the 2009 individual F-Class World Championships at Bisley, England. Grant reports: “I have a .284 Shehane and it’s very accurate with superb vertical spreads at 1000 yards. I have to thank Jim Hardy for putting me onto the caliber, it has awesome accuracy. I’m getting 2930-2950 fps with spreads in the 3-5 fps range. I use Hodgdon H4831sc powder, CCI BR2 primers, and pointed 180gr Bergers.”
Forum member Jim Hardy has shot the .284 with great success. He tells us: “In my humble opinion, the .284 Shehane is the best balanced long range round there is — bar none. I (perhaps_ have shot more of this chambering than anyone else, and it has proven better than I ever expected. Here is why:
You have to shoot a 30 Cal magnum with a 240gr bullet to equal the performance of most 7mm chamberings with the 180 Berger VLD. With the .284 Shehane, you have a .308 bolt face, medium action, and Lapua brass. You use less powder than the 7 mags, and have great accuracy and ballistics even while fire-forming. The .284 Shehane shoots inside the 6.5 AND the straight 284, the 300 WSM, and the 300 Win Mag with less recoil. The .284 Shehane offers twice the competitive barrel life of the 6.5-284, an easy 2950 fps with H4831 SC, [and it] can run 3000+ with N560 and Reloder 17, which is right there with the 7mm WSM. What is not to love about the 284 Shehane? It is a no-brainer for long range — F-Class or Prone or 1000-yard Benchrest.”
*Some exceptional barrels chambered in straight .284 Win can reach 2900 fps with the 180s. Ryan Pierce, who recently set a 450-24X Pending F-Open record, has a 32″ Brux barrel that is delivering 2900 fps with the straight .284. However, Ryan acknowledges that his velocities are not typical: “A lot of .284 Win barrels top out at around 2850 fps with the 180s.”
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Is that target good enough? Yes that’s really five (5) shots. This amazing group was shot, in competition, with 6 PPC cartridges loaded with Accurate LT-32 powder. If you’d like to try out this powder in your rifle, Western Powders has released loading data for the LT series of powders. LT-32 is a good choice if you’re currently using propellants with burn rates similar to Vihtavuori N133 or Hodgdon Benchmark powders. (Caution: NEVER simply substitute loads powder for powder. Always start low and work up when trying a new powder). The other powder in Accurate’s LT series, LT-30, has a burn rate similar to Hodgdon H4198. LT-30 is a superb performer in the 30 BR cartridge. LT-30 also is a good choice for small varmint cartridges such as the 17 Rem Fireball.
Download FREE Reloading Guide for Accurate and Ramshot Powders
You can also download the complete Western Powders Reloading Guide in PDF format. This covers Accurate and Ramshot propellants.
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Georgia-based PolyCase Ammunition has developed innovative polymer-based composite cartridge cases and injection-molded bullets. With a patent-pending design, the polymer cartridge cases are lighter than brass or steel cases, yet are heat-tolerant, and relatively easy to manufacture. These cases will be initially produced for .223 Remington, plus a variety of pistol cartridge types (.380 ACP, .38 SPL, 9mm Luger). PolyCase cartridge cases blend patented heat-resistent polymers with metal elements in the case base. According to the manufacturer, “the net effects are greatly reduced weight (compared to comparable loaded ammunition), durability… and competitive pricing.” Other companies have experimented with polymer cartridge cases in the past — none have successfully perfected the technology in a commercially successful product. Could PolyCase be the first?
PolyCase Ammunition — Material Characteristics
- PolyCase Pistol Cartridge Cases are 11.5 to 20% lighter than brass-cased ammunition.
- PolyCase Rifle Cartridge Cases are 23 to 60% lighter than brass-cased ammunition.
- PolyCase Cartridge Cases are self-lubricating — a positive factor compared to brass or steel cases.
PolyCase Bullets — Injection-Molded Blend of Copper and Plastic
PolyCase has developed its own unique bullets for use in pistol ammunition. PolyCase Cu/P™ bullets are precision injection-molded from a cutting-edge copper-polymer compound. These molded bullets will be offered in both polymer cases and conventional brass cases. (Early in the design process, PolyCase determined that molded bullets work well in both brass and plastic cases). PolyCase co-owner Paul Lemke (Lt. Col. U.S. Army, Ret.) says: “We are able to use essentially the same molds to produce bullets for brass casings and bullets for our polymer casings”.
PolyCase Pioneers Injection-Molded Bullet Technology
Powdered metal has been around for decades, but blending powdered metal with polymers and injection molding precise parts is a fairly modern process. While processes like sintered metal bullets and pressure-formed shotgun pellets have become commonplace, PolyCase is the first American company to produce and sell a completely injection-molded bullet.
For over a century most bullets have been mass-produced with a process called cold-forming. Lead and copper were shaped with brute force in punches and dies to create projectiles. While this is still a viable and effective way to produce bullets, other manufacturing methods are now available. By applying injection-molding technology, Polycase has developed a new type of bullet that has many advantages, as least for handgun applications. Bullets weigh approximately 70% as much as lead bullets with similar profiles. Lighter weight means higher velocities and less recoil. In addition, PolyCase bullets are lead-free, and low ricochet — two qualities important for indoor and close-range training. The injection-molding process also reduces weight variations (compared to cast lead bullets), and ensures excellent concentricity. Molding also allows unique shapes that are impossible to produce with conventional bullet-making methods (see photo).
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Werner Mehl of Kurzzeit.com produced a 10-minute video for the 2010 SHOT Show. This amazing video became a huge hit on YouTube, with over 45,600 “likes”. With the 2015 SHOT Show coming up, we thought you’d like another view. This super-slow-motion video has been watched over 10 million times, making it one of the most popular shooting-related videos in history. Employing cameras recording at up to 1,000,000 (one million) frames per second, Mehl’s bullet flight video has been called “astounding”, “mesmerizing”, and a “work of art.” If you haven’t seen it yet, sit back and enjoy!
LINK: Kurzzeit.com Video System and BMC-19/PVM-21 Chronograph
Click the link above to learn more about Werner Mehl and his super-sophisticated camera systems that can record at 1,000,000 frames per second. On the same linked page you can learn about the advanced PVM-21 chronograph (now sold as the BMC-19) designed by Werner. Operating “all-infrared, all the time”, the PVM-21 is the best optical chronograph we have tested for very low light conditions, or very tricky light conditions.
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AccurateShooter.com has added something NEW to our Shooter’s Forum. We recently launched a new Ballistics & Bullets Board, with Bryan Litz as the “Guru in Residence”. Bryan and his team at Applied Ballistics will help answer your questions about bullet trajectories, wind drift, BC values, bullet sorting methods, meplat trimming/pointing, and other general ballistics matters. This is your chance to get your questions answered by Bryan, a expert ballistician, and an ace long-range shooter. In addition, our new Ballistics Forum area features free excerpts from Applied Ballistics’ respected publications, including Applied Ballistics for Long Range Shooting, and Bryan’s new book, Modern Advancements in Long Range Shooting. CLICK HERE for FREE Samples.
If you have a ballistics question, or are simply curious about subjects such as bullet pointing, trajectory prediction, ballistics programs, ballistic coefficients, etc., then visit our Shooters’ Forum and join the discussion in our new Ballistics & Bullets Board.
Get $5.00 Off Applied Ballistics Books
As a special benefit for AccurateShooter.com Forum members, Applied Ballistics is offering $5.00 off Books and DVDs. If you haven’t acquired one of Bryan’s books yet, here’s a way to get with the program and save five bucks in the process. CLICK HERE for $5.00 discount info.
Get Answers from the Man Who Literally
‘Wrote the Book’ on Ballistics… As an aerospace engineer, Bryan worked six years for the government on air-to-air missile designs. He is now owner of Applied Ballistics and Chief Ballistician for Berger Bullets. Bryan is also a champion long range shooter, so he brings a great deal of practical knowledge and experience to the table regarding the science of accuracy.
A Place to Share Knowledge and Advance the Science of Ballistics Applied Ballistics is pleased to sponsor AccurateShooter.com’s new Ballistics & Bullets Board: “The new Ballistics Forum area provides an established place for shooters go and discuss ballistics-related issues in general. In addition to this basic objective of connecting shooters to each other, the staff of Applied Ballistics will frequent the Forum to provide expert advice on ballistics, and the use of ballistics programs. Bryan Litz will regularly visit the ballistics Forum, looking for ways to help shooters with ballistics questions. Beyond that, we’re eager to take suggestions on what kinds of tests we might consider for the AB Laboratory. We’re here to advance the science of ballistics, and we’d like to do that in ways that benefit the greatest amount of people. The ballistics forum gives us a place to explore these questions. We can answer the questions that we know, and formulate tests to explore those questions we don’t understand as well, then share the results online for everyone to see.”
How to Find the Ballistics & Bullets Board
To join in the discussions, visit our Shooters’ Forum. Scroll down until you see “Ballistics & Bullets Board, Presented by Bryan Litz and Applied Ballistics”. Just click on the orange title and you’re “in like Flynt”.
Guests can read all the topics. However, if you want to post or start a thread you’ll need to REGISTER with our Forum. There’s no charge (membership is FREE), and registration only takes a few minutes.
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Get an inside look at the how ammunition is made with this step-by-step production guide from Hornady. The video begins by showing the stages in production of a lead-core jacketed bullet with exposed tip, such as the Hornady Interlock. Next, at the 1:38″ time-mark, the video shows how cartridge cases are made, starting with small brass cups (photo right). The brass is lengthened in a series of stages involving annealing, drawing, polishing, and the formation of the case head with primer pocket. Finally, at the 2:40″ time mark, the video shows how bullets and powder are seated into cartridge cases on the Hornady assembly line. In the final production stages, the completed ammunition is tested and packaged.
Watch Ammo Production Video
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Writing for the ELEY Bulletin, USA Olympic Gold Medalist Matt Emmons provides rock solid advice for anyone involved in competitive shooting. Matt talks about dealing with pressure, and how to maintain concentration and focus. Matt says two keys to maintaining focus are practice and imagination….
Sports Shooting Psychology – Concentration
Concentration – staying focused in stressful competition situations
There are books… totally devoted to concentration, so I what I am about to write is only my opinion and take on the subject matter. There are so many aspects to the game of shooting, whether it be rifle, pistol, or shotgun. At the same time, one of the constants is concentration. Concentration is one of the things that allows you to be your best and keeps you in the “zone” when you are performing extremely well. It’s also a piece of the puzzle that has often disappeared when things go awry.
So how do you concentrate when the pressure is on? The exact recipe will be slightly different for different people, of course. Two important things for anyone, however, are practice and a great imagination! If you never practice focusing intently on anything, or especially during training, you will never learn to do it when you really want to. You must practice every situation that could occur during an important competition and practice what you will do so that you can continue to be your best. That means imagining and practising what you will do in the biggest match of your life when things are going incredibly well. How will you react? How will you work with it so that you continue to perform beautifully?
What will you do if you are in that same biggest match of your life and something goes wrong? How will you keep your poise, get back on track, and do what you’re capable of to achieve your goal? The answer depends on you. A great shooter needs to have a great imagination and needs to be able to look deep inside themselves to know how they might react in every different situation. If something doesn’t feel comfortable or there is nervousness, that means the athlete needs to work on preparing for it in training so that if the situation happens in a competition, there will be no lapse in concentration. There is a plan and it has be rehearsed so that it flows effortlessly.
I certainly can’t recommend any “quick fixes” to help anyone concentrate better. That doesn’t really exist. A couple things that always help in stressful situations, however, are these:
- Breathe!! Stop and take a few slow, deep breaths to slow the heart down. You’ll be surprised how much this can help.
- Keep your thoughts rational and focused on things you can control. Any worries about “what if’s” or things out of your control are completely useless and will only take your concentration off of what you’re trying to do.
- Stay in the moment! Good or bad, the past is done! You cannot change it. If the past was great, enjoy it for a moment and move on to now. If it was bad, learn what you can from it and move forward. The future is what you create. Every future moment is this current moment. Enjoy and make the best of this current moment and the future moments will come by themselves. Make the current shot the best shot you can possibly make, enjoy it then repeat on the next one.
- Picture what you want to see happen. Imagine a short video of the “your perfect shot” and play it over and over again in your head. Keep it short, keep it simple.
- Lastly, no matter whether it’s your club championship or the Olympic Games, remember why you are shooting. Hopefully you are in that particular moment because you love the game. At the heart, that is why we play any game – because we enjoy it! Never forget that no matter how stressful any competition might be. Aligning the sights and making a great shot is a whole lot of fun to do wherever and whenever you do it.
Good luck and great shooting — Matt Emmons
About ELEY Ammunition Established in 1828, ELEY now produces some of the most consistently accurate .22 LR rimfire ammunition in the world. Countless championship medals have been earned with ELEY rimfire ammo, and most current smallbore ISSF world records were set with ELEY ammo. ELEY maintains a large production and testing facility in Birmingham, West Midlands, in the UK. ELEY employs a team of specialists (including many Six Sigma qualified engineers) with extensive knowledge of internal and external ballistics, powder dynamics, and advanced production methods. ELEY has always been at the forefront of the ammunition industry, pushing technological boundaries which have resulted in patented new methodologies and techniques.
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